Orlando, Florida Power Generation Engineering & Applied Systems
Engineering complex systems. Building better ones.
P·01 — Profile
Two disciplines
One method
Rayan Lababidi works where engineering, technology, and business meet. At Siemens Energy he commissions and tunes large industrial gas turbines at customer power plants across North America — mechanical commissioning, controls integration, startup support, troubleshooting, and combustion tuning on equipment in active service, where the schedule is fixed and the consequences of a decision are immediate.
Through Up&Elevate, the company he founded, he applies the same discipline to a different class of system: the acquisition, automation, and measurement infrastructure that growing organizations depend on to convert demand into revenue.
The two industries have almost nothing in common. The method is the same one in both: understand the inputs, locate the constraint, remove the failure point, and measure what actually changed.
Engineering
Field-based power generation engineering on Siemens Westinghouse combustion turbines: outage execution, mechanical commissioning, controls integration, startup support, and combustion tuning at customer sites.
Entrepreneurship
A company built around customer acquisition as an engineered system — advertising, CRM and automation, booking and communication infrastructure, and analytics — with a specialization in healthcare and dental organizations.
Up&Elevate is independently owned and operated by Rayan Lababidi. It has no affiliation with, sponsorship from, or endorsement by Siemens Energy. This is a personal website; the views expressed are his own.
E·02 — Engineering
Gas turbines
Customer sites
Units in service
A combustion turbine is one of the most tightly constrained machines in industrial use. It converts fuel into hundreds of megawatts under conditions measured in milliseconds and single-digit parts per million, and every system around it — fuel, air, hydraulics, lube oil, water injection, instrumentation, controls — has to agree with every other one before the unit is allowed to run.
Rayan works on that equipment in the field. His scope spans mechanical commissioning of turbine and auxiliary systems, functional loop checks through the Siemens SPPA-T3000 distributed control system, valve calibration and feedback validation, startup support following major outages, and combustion tuning across the load range.
Field engineering removes the distance between analysis and consequence. The plant is live, the outage window is fixed, the customer's engineers are standing next to you, and the answer has to be correct, defensible, and explained clearly enough to act on.
Platforms supported in the field
Experience is field-side: commissioning, tuning, troubleshooting, and outage support on installed units at customer facilities.
E·03 — The work
Six areas
of responsibility
Mechanical commissioning of turbine and auxiliary systems, carried from installation through verified function: IGV and VGV calibration, stroking and feedback validation, fuel gas and fuel oil systems, water injection, lube and hydraulic oil, direct air injection, disc cavity cooling modifications, valve calibration, and instrumentation checks — each proven against the control system rather than assumed.
Combustion tuning on Siemens Westinghouse units: low-load CO tuning, NOx and CO optimization, fuel-to-air ratio and flame richness adjustment, analysis of combustion dynamics and pressure oscillations, and implementation of countermeasures — with the objective of a stable operating window that holds across load rather than a single acceptable data point.
Integration and verification through the Siemens SPPA-T3000 distributed control system: functional DCS loop checks, control loop optimization, permissive and feedback validation, and interpretation of controls behavior during startup and transient operation — where a mechanical symptom and a logic symptom can look identical until they are separated deliberately.
Root-cause analysis on startup failures and performance deviations, in situations where the fault may sit in hardware, instrumentation, fuel, or logic — and where the pressure to guess is highest. The sequence does not change: reproduce, isolate, evidence, correct, verify, and record what was learned so the next site does not start from zero.
Support of major turbine outages through re-commissioning and return to service, coordinating across outage leadership, field service crews, controls and technical specialists, and plant staff. Outage work is as much a scheduling and communication problem as a technical one: scope is fixed, sequence matters, and every hour is accounted for.
Daily interface with plant operators, customer engineers, and site leadership. Technical positions have to be explained to people who own the asset, status has to be reported accurately while the problem is still open, and trust has to be built before there is a result to point to. That part of the work is not separate from the engineering — it determines whether the engineering gets used.
E·04 — Field record
Selected sites
North America
Engineering that happens at operating power plants, not in a rendering. A selection of the facilities the work has taken place at.
43.9°N / 116.8°W
New Plymouth, Idaho
FX upgrade outage.
38.7°N / 88.9°W
Patoka, Illinois
Complete re-commissioning of the fuel oil system.
35.3°N / 78.0°W
Goldsboro, North Carolina
FX upgrade outage.
E·05 — Capability index
Technical scope
Turbine and auxiliary systems verified from installation through proven function.
Emissions and stability held inside the operating window across the load range.
Pressure oscillation behavior analyzed, and the countermeasures that resolve it.
Loop behavior, permissives, and feedback validated against physical response.
Functional loop checks and control interaction inside the Siemens distributed control system.
Structured isolation of faults that cross mechanical, fuel, instrumentation, and logic boundaries.
Field scope delivered against fixed schedules with multi-party coordination.
NOx and CO managed against limits without surrendering combustion stability.
First fire through load, including the judgment calls that happen in between.
Findings, evidence, and recommendations written for the people who have to act on them.
B·06 — Engineer to entrepreneur
Engineering is not really about machines. It is about systems — inputs, outputs, constraints, failure modes, feedback, and the discipline to change one variable at a time and observe what it does.
A company behaves the same way. It has throughput and it has a bottleneck. It is either instrumented or it is guessing. Value leaks at specific, findable points, and the people inside it usually know where, even when no one has written it down.
That is the connection between the two halves of Rayan's work. Up&Elevate did not begin as a marketing idea. It began as an interest in why organizations underperform their own potential, and in whether the diagnostic habits that work on a turbine transfer to a business. They do.
B·07 — Up&Elevate
Founder
Growth infrastructure
Up&Elevate builds the customer-acquisition and operating infrastructure that growth actually depends on: demand generation across Meta and Google, CRM and follow-up automation, booking and patient communication systems, websites and landing pages, and tracking that connects spend to outcomes rather than to impressions.
Its deepest specialization is healthcare, and particularly dental organizations — where the distance between a new enquiry and produced revenue runs through appointments, show rates, and consultations, and where most of the value is lost somewhere in between. Instrumenting that path, and then closing the gaps in it, is the work. High-value treatment categories such as implants and full-arch dentistry make those gaps expensive and therefore worth engineering out.
Building the company has meant hiring and directing specialists, defining the processes the work runs on, selecting and integrating the technology stack, and owning commercial decisions and their consequences — the same accountability as the field, on a longer time constant.
01
Paid demand generation built around cost per booked appointment, not cost per lead.
02
Follow-up, nurture, and reminder sequences that run without anyone remembering to run them.
03
CRM, booking, and communication systems assembled into a single operating spine.
04
Measurement that connects spend to appointments, consultations, and produced revenue.
05
Front-office process and handling, because the funnel does not end at the form.
06
Websites, landing pages, and the integrations that hold the stack together.
M·08 — Method
Complicated problems rarely need a bigger reaction. They need a smaller, better-ordered one — a sequence that can be repeated by someone else and still produce the same answer. This is the loop Rayan runs, on a turbine and on a business.
Collect what the system is actually doing, before anyone explains what it should be doing.
Map the interactions and constraints. Most surprises live between subsystems, not inside them.
Isolate cause from symptom with evidence, and name the failure mode precisely.
Design the correction — a change, a countermeasure, a process, or a system that removes the cause.
Verify against data, not impressions. If the change cannot be measured, it was not a change.
Tighten, document, and hand it back in a state that holds without supervision.
M·09 — Operating principles
Responsibility ends where the result is, not where the assigned task was.
Symptoms are cheap. The interaction that produced them is what has to be found.
Most failures are small, specific, and were visible earlier than anyone admits.
An instrumented guess is still a guess. Measure first, then decide, then measure again.
Technical work that cannot be explained to the person who must act on it is unfinished work.
Equipment, controls, and markets all move faster than any fixed body of knowledge.
Anything done twice by hand is a process waiting to be designed properly.
The same seven rules govern a commissioning schedule and a company. That is the point.
P·10 — Background
Education
Certification
P·11 — Languages
C·12 — Contact
Engineering taught me how complex systems behave. Building a company taught me how to design one.
Rayan Lababidi
